The European Machinery Directive requires that a risk analysis be performed for every machine before being brought to market. The convergence of IT and OT as well as the rapid technological development has made it necessary to revise the Machinery Directive. The result is the new Machinery Regulation: It will replace the Machinery Directive as the legal foundation. It contains additional requirements on the risk analysis. In addition to the general procedure for the risk analysis, various processes for the risk assessment are introduced and their properties explained in the following.
Stephen Graham, Executive Vice President and General Manager, Nexus, Hexagon, introduces us to the 4 building blocks of the industrial metaverse, highlighting some of the key issues.
An innovative solution by Leuze secures the transfer stations by means of dynamic protective field adjustment. This makes additional safety measures such as barriers and fences unnecessary.
During the development of a machine, there comes a time when the individual sensors need to be fine-tuned. Uncertainty often arises about the number of pulses required for optimum application. Effort and frustration are therefore inevitable.
Different material widths, varying material positions or partially loaded pallets pose special challenges for transfer station access guarding. For this, Leuze relies on the concept of dynamic format adaptation. In this way, productivity and safety can be optimally harmonized.
ROHM has developed an on-device learning AI chip (SoC with on-device learning AI accelerator) for edge computer endpoints in the IoT field. It utilizes artificial intelligence to predict failures (predictive failure detection) in electronic devices equipped with motors and sensors in real-time with ultra-low power consumption.
Surface-mount assembly processes can generate large quantities of data that hold the secrets to continuous improvement. Unlocking those secrets is the challenge for the latest generations of manufacturing management software.